Applied Physics

program Type	Department	School
Undergraduate Major (Mechanical), Undergraduate Major (Electrical), Undergraduate Minor	Physics and Astronomy	School of Science

Why Choose Siena Applied Physics?

You’ll do more than learn physics concepts: you’ll apply them to real-world problems in technology, engineering, and industry. Applied Physics combines a strong foundation in physics with engineering and computational tools, giving you the scientific understanding and practical experience to work across a wide range of technical fields.

A Flexible Foundation in Physics and Engineering

Applied Physics combines a strong foundation in physics, mathematics, computing, and experimentation with hands-on engineering and technical coursework. The flexible curriculum is designed for students who want to apply physics to real-world problems while keeping room to shape their studies around their academic and career interests.

LEARNING BY DOING

Your journey starts with projects from day one. In the first semester, you’ll enroll in “Introduction to Engineering,” where you’ll begin applying physics principles to solve real-world problems. Whether it’s analyzing snowboards, tracking NBA player fatigue, or designing solar panels, you’ll be turning theory into practice with the guidance of experienced faculty.

“My favorite thing (among countless other amazing things) is the sense of family and community that the physics department has. The relationships I have with my peers and professors are super beneficial, and it's clear that we all care a lot about each other.” – Josie Swann

4+1 Path to a Master’s in Engineering with Clarkson University

Through Siena’s 4+1 partnership with Clarkson University, qualified Applied Physics students can begin graduate engineering coursework while completing their Siena degree and then continue at Clarkson to earn a master’s degree in engineering, allowing both degrees to be completed in just five years. The 4+1 pathway is also open to qualified students in other eligible Siena majors who complete the appropriate physics, engineering, and mathematics prerequisites for their intended graduate program.

We also offer cooperative 3+2 engineering options with partner institutions. Explore Siena’s Engineering pathways for details.

Build a Broad Technical Foundation

Applied Physics pairs a strong physics foundation with hands-on engineering coursework. Students study areas including statics and engineering design, computer-aided design and MATLAB, electronics, thermal physics and mechanics, and advanced engineering topics such as materials, fluids and heat transfer, digital electronics, and embedded controls.

LIFE AFTER SIENA AS AN APPLIED PHYSICS MAJOR

Siena Applied Physics graduates have a proven track record of success. Many step into engineering, technology, and research roles at companies like Disney, Regeneron, GlobalFoundries, QE Solar, Airosmith Development, New York Independent System Operator, General Dynamic Mission Systems, Veethree Group, and SRC Inc. Others continue their education at top institutions such as MIT, Stanford, and beyond.

Stand Out with Flexibility

Applied Physics gives you the flexibility to build on your technical education with minors such as Project Management, Sustainability, Entrepreneurship, or Marketing, allowing you to shape your studies around your interests and career goals.

FREQUENTLY ASKED QUESTIONS (FAQ)

What can you do with an applied physics degree?

An applied physics degree can lead to careers in engineering, aerospace, energy, electronics, manufacturing, research, and data analysis. Siena’s program builds a strong foundation in physics, mathematics, and engineering applications so students can pursue technical careers across multiple industries.

What is the difference between applied physics and engineering?

Applied physics focuses on using physics and mathematics to understand and solve practical problems in technology, science, and industry. Engineering focuses more directly on the design, development, and improvement of systems and products. Siena’s Applied Physics program connects these areas through engineering-oriented coursework and hands-on projects. Students specifically seeking an engineering-focused bachelor’s degree at Siena may also want to explore the Engineering Physics major.

Is applied physics a good major if I’m interested in engineering?

Yes. Applied Physics is a good choice for students who enjoy physics and want to apply it to technological, engineering, computational, and other practical problems while retaining flexibility in their undergraduate studies. Qualified Applied Physics students may also participate in Siena’s 4+1 engineering pathway with Clarkson University, which is open to Siena students who complete the appropriate prerequisite coursework for their intended graduate program. Students seeking an engineering-focused bachelor’s degree with Mechanical or Electrical Engineering tracks and a stronger emphasis on engineering design should explore Siena’s Engineering Physics major.

Do you need a graduate degree with an applied physics degree?

Not necessarily. A bachelor’s degree in applied physics can prepare students for entry-level roles in engineering, technology, manufacturing, research, and other technical fields. Graduate school may be helpful for advanced research or highly specialized engineering careers.

What is the difference between applied physics and a traditional physics degree?

Applied physics places more emphasis on using physics in practical settings such as engineering, technology, and industry. Traditional physics programs often focus more heavily on theory and fundamental research.